Format: One-Day 4 Hours Lecture/Live Demo and 4 Hours Hands-On Workshop
Learn the tips and tricks from a Prosthodontist in the digital worflow.
Learn to integrate the CBCT data with the IOS.
Learn how to use the digital articulator and its motions.
Learn what you need to know before starting full mouth reconstruction form the TMJ stand point to the airway.
Clincal cases will be presented.
Hands-on:
• Live Acquisition: Rotating stations for Facial Scanning, IOS (Shining 3D/3Shape), and MODJAW 4D tracking.
• Software Deep Dive: Importing 4D motion data into exocad/3Shape to design a functional splint or full-arch prototype.
• 3D Printing: Nesting and printing surgicalguides or immediate-load prototypes.
• CAM Milling & Material Selection: Milling workflows for monolithic zirconia and lithium disilicate.
Learning Objectives
Upon completing this one-day intensive, participants will be able to:
1. Construct a Multi-Modal Digital Twin by accurately aligning CBCT, intraoral scans, and facial scans within an open-architecture platform.
2. Apply AI-Assisted Diagnostic Protocols to evaluate airway volume, TMJhealth, and pre-restorative orthodontic needs.
3. Integrate Dynamic 4D Kinematics (MODJAW) into CAD software
(exocad/3Shape) to establish vertical dimension of occlusion (VDO) and eliminate chairside occlusal adjustments.
4. Execute Digital Restorative Fabrication by translating virtual prosthetic plans into 3D-printed guides/prototypes and CAM-milled definitive ceramic restorations.
Format: One-Day 4 Hours Lecture/Live Demo and 4 Hours Hands-On Workshop
Learn the tips and tricks from a Prosthodontist in the digital worflow.
Learn to integrate the CBCT data with the IOS.
Learn how to use the digital articulator and its motions.
Learn what you need to know before starting full mouth reconstruction form the TMJ stand point to the airway.
Clincal cases will be presented.
Hands-on:
• Live Acquisition: Rotating stations for Facial Scanning, IOS (Shining 3D/3Shape), and MODJAW 4D tracking.
• Software Deep Dive: Importing 4D motion data into exocad/3Shape to design a functional splint or full-arch prototype.
• 3D Printing: Nesting and printing surgicalguides or immediate-load prototypes.
• CAM Milling & Material Selection: Milling workflows for monolithic zirconia and lithium disilicate.
Learning Objectives
Upon completing this one-day intensive, participants will be able to:
1. Construct a Multi-Modal Digital Twin by accurately aligning CBCT, intraoral scans, and facial scans within an open-architecture platform.
2. Apply AI-Assisted Diagnostic Protocols to evaluate airway volume, TMJhealth, and pre-restorative orthodontic needs.
3. Integrate Dynamic 4D Kinematics (MODJAW) into CAD software
(exocad/3Shape) to establish vertical dimension of occlusion (VDO) and eliminate chairside occlusal adjustments.
4. Execute Digital Restorative Fabrication by translating virtual prosthetic plans into 3D-printed guides/prototypes and CAM-milled definitive ceramic restorations.